The strong topology on \(\mathcal {E}\)  having a countable base of neighborhoods, it follows from (REF ) that there exists a subsequence \((\gamma _{A_{t_j}})_{j\in \mathbb {N}}\)  of the net \((\gamma _{A_t})_{t\in T}\)  that converges strongly to \(\gamma _A\) . Applying [1]} we therefore conclude that equality in fact prevails in (REF ) for nearly all \(x\in X\) , which establishes (REF ).
